CN110123148A - A preparation method and system for a pot cover that prevents steam condensation and dripping - Google Patents

Abstract

The invention provides a pot cover capable of preventing steam condensation from dripping and a preparation method and a system thereof, the method comprises the following steps of S1, collecting a liquid-gas critical value of water and the material of the pot cover, carrying out stress analysis on condensed water attached to the wall of the pot cover to obtain a data analysis result, S2, calculating the range value of a stress angle α, S3, calculating the relation between the radius X, the height Y and the stress angle α of the pot cover when the condensed water is located at the critical point of dripping, S4, collecting the radius X of the pot cover, calculating the height range value Ymin-Ymax of the pot cover according to the radius of the pot cover and the range value α min- α max of the stress angle α, selecting the stress angle value α k and the height value yk, sending the radius X, the height value yk and the stress angle value α k of the pot cover to an execution device, and preparing the corresponding pot cover according to the radius X, the height value α k and the stress angle value α k of the pot cover, wherein the execution device guides the pot cover to prevent the condensed water from falling along the inner wall of the pot cover of food from being in contact with.

Description

A preparation method and system for a pot cover that prevents steam condensation and dripping

technical field

The invention belongs to the technical field of kitchen utensils, and in particular relates to a preparation method and system for a pot cover that prevents steam condensation and dripping.

Background technique

When people are steaming vegetables, the water vapor in the pot is easily absorbed by condensation on the inner wall of the pot lid due to the effect of surface tension. Contact with steamed food not only affects the taste, but also is unhygienic. At present, the pot lids on the market basically cannot prevent the condensed water from dripping into the pot when steaming vegetables.

The methods adopted by most of the published patents are mainly to change the structure of the pot cover to guide the condensed water to flow into or drop into the corresponding position, or to make the steam circulate back and forth, change the surface tension in the pot, and reduce the generation of condensed water. The steamer designed by the method has complex structure, difficult manufacture, inconvenient use and high cost.

Contents of the invention

In order to solve the above technical problems, the present invention provides a method for preparing a pot cover that prevents steam condensation and dripping.

Concrete technical scheme of the present invention is as follows:

The invention provides a method for preparing a pot cover for preventing condensation and dripping of steam. The method comprises the following steps:

S1: Collect the material of the pot cover and the liquid-gas critical value of water, and analyze the force of the condensed water attached to the wall of the pot cover according to the liquid-gas critical value of water and the material of the pot cover, and obtain the data analysis results;

S2: According to the force analysis result obtained in step S1, calculate the range value αmin-αmax of the force angle α;

S3: Calculate the relationship between the radius X, height Y and force angle α of the pot cover when the condensed water is at the critical point of dripping;

S4: collect the radius X of the pot cover, calculate the height range value Ymin-Ymax of the pot cover according to the radius of the pot cover and the range value αmin-αmax of the force angle α, select the force angle value αk and the height value yk, and The radius X, height value yk and force angle value αk of the pot cover are sent to the execution device, and the execution device prepares the corresponding pot cover according to the radius X, height value yk and force angle value αk of the pot cover.

The present invention also provides a pot cover preparation system for preventing steam condensation and dripping, the equipment includes a processing system 200, a display system 100 for displaying the processing results of the processing system 200, and an acquisition system 300 for the processing system 200 to collect information. The system 200 includes a first acquisition module 1, a force analysis module 2, a first calculation module 3, a second calculation module 4, a second acquisition module 5 and a third calculation module 6;

The first collection module 1: used to collect the liquid gas critical value of water and the material of the pot cover;

Force Analysis Module 2: It is used to analyze the force of the condensed water attached to the wall of the pot cover according to the liquid-gas critical value of water and the material of the pot cover, obtain the data analysis results, and send the data analysis results to the first calculation Module 3;

The first calculation module 3: used to receive the force analysis result sent by the force analysis module 2, and calculate the relationship between the force angle α and the curvature radius r of the water droplet according to the force analysis result, and calculate the range value of the force angle α ;

The second calculation module 4: used to calculate the relationship between the radius of the pot cover, the height and the force angle α, and send the calculation result to the third calculation module 6;

The second collection module 5: used to collect the radius X and αn of the pot cover, and send the radius X and αn of the pot cover to the third calculation module 6;

The third calculating module 6: for receiving the data sent by the second calculating module 4 and the second collecting module 5, and calculating the height of the pot lid according to the received data.

The present invention also provides a storage medium, in which a computer program is stored. When the computer program is executed by a processing system, the steps of the method for preparing a pot cover for preventing condensation and dripping of steam provided by the present invention are realized.

The pot cover preparation system for preventing steam condensation and dripping provided by the present invention can calculate the relationship between the pot cover height, radius and curvature radius according to the parameters such as the pot cover material through force analysis, and set the pot cover according to the radius and force angle of the pot cover. value, calculate the corresponding height of the pot cover, so as to guide the condensed water to slide down along the inner wall of the pot cover, without directly dripping into the steamer, which can prevent the water on the inner wall of the pot cover from contacting the food in the steamer; the invention provides The pot lid designed by the method can be prepared using different materials without adding other parts, the preparation process is relatively simple, and the cleaning is more convenient. The design of any radius pot lid is suitable for this method.

Description of drawings

Fig. 1. the method flowchart of the pot cover preparation method of the anti-steam condensation dripping of embodiment 1;

Fig. 2. the method flowchart of the step S1 of embodiment 2;

The force analysis figure of Fig. 3. embodiment 2;

The relationship diagram of the pot cover radius X, height Y and radius of curvature r of Fig. 4. embodiment 3;

Fig. 5. the method flowchart of the step S2 of embodiment 3

Fig. 6. the method flowchart of the step S4 of embodiment 4;

Fig. 7. the structural block diagram of the pot cover preparation system of the anti-steam condensation dripping of embodiment 5;

The block diagram of the processing system of Fig. 8. embodiment 5;

The block diagram of the force analysis module of Fig. 9. embodiment 6;

Fig. 10. the structural block diagram of the 3rd calculating module of embodiment 7;

Fig. 11. the physical figure of the pot cover of the pot cover that prevents steam condensation and dripping provided by embodiment 8.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and examples. The following examples are only used to explain the content of the present invention and are not intended to limit the protection scope of the present invention.

Example 1

This embodiment provides a method for preparing a pot cover for preventing steam condensation and dripping, as shown in Figure 1, the method includes the following steps:

S1: Collect the material of the pot cover and the liquid-gas critical value of water, and analyze the force of the condensed water attached to the wall of the pot cover according to the liquid-gas critical value of water and the material of the pot cover, and obtain the data analysis results;

S2: According to the force analysis result obtained in step S1, calculate the range value αmin-αmax of the force angle α;

S3: Calculate the relationship between the radius X, height Y and force angle α of the pot cover when the condensed water is at the critical point of dripping;

S4: collect the radius X of the pot cover, calculate the height range value Ymin-Ymax of the pot cover according to the radius of the pot cover and the range value αmin-αmax of the force angle α, select the force angle value αk and the height value yk, and The radius X, height value yk and force angle value αk of the pot cover are sent to the execution device, and the execution device prepares the corresponding pot cover according to the radius X, height value yk and force angle value αk of the pot cover.

Wherein, the liquid-gas critical value (being boiling point) of water is specifically set according to the altitude of different regions, and the height of the pot cover does not include the height of the handle, and the force angle value in the present invention refers to any point on the inner wall of the pot cover and the The angle formed between the tangent line of the inner wall of the lid and the horizontal plane where the point is located, the execution equipment includes but not limited to 3D printer; the pot lid preparation system for preventing steam condensation and dripping provided by the present invention can be calculated according to the parameters such as the material of the pot lid through force analysis According to the relationship between the height, radius and radius of curvature of the lid, the corresponding height of the lid is calculated according to the set value of the radius of the lid and the force angle, so as to guide the condensed water to slide down along the inner wall of the lid without directly dripping into it. In the steamer, the water on the inner wall of the lid can be prevented from contacting the food in the steamer.

Example 2

This embodiment further defines step S1. As shown in FIG. 2, step S1 specifically includes the following steps:

S11: Calculate the surface tension γ at the set temperature T by formula (I);

Wherein, γ is the surface tension when the set temperature is T, γ0 is the surface tension of water at ₀ °C, Tn _is the liquid-gas critical value of water, and T is the set temperature;

S12: According to the material of the pot cover, obtain the wetting angle θ corresponding to the water and the material, and calculate the adhesion force F of the condensed water covering the wall of the pot cover by formula (II);

F=γ(1+cosθ) (II);

Among them, γ is the surface tension between the two phases, θ is the wetting angle;

S13: Use formula (Ⅲ) and formula (Ⅳ) to carry out static force analysis on the condensed water attached to the pot cover;

F _f ≤ G _sin α(Ⅲ);

F>Gcosα(Ⅳ);

Among them, α is the force angle, G is the gravity, F _f is the friction force, and F is the adhesion force.

Wherein, the set temperature T is the maximum value of the temperature of the condensed water on the inner wall of the pot cover, the range value of the condensed water is obtained through experimental measurement, and the maximum value can be taken during setting; the present invention obtains by analyzing the force of the pot cover The adhesion force of the condensed water covering the inner wall of the pot cover, through the static force analysis of the condensed water attached to the pot cover, the conditions to prevent the condensed water on the inner wall of the pot cover from dripping inside the steamer are obtained, as shown in Figure 3 As shown, when Ff≤Gsinα and F>Gcosα, the water on the inner wall of the lid will not drop into the steamer, but slide down into the steamer along the inner wall of the lid.

Example 3

This embodiment further defines step S2, as shown in Figure 5, step S2 specifically includes the following steps:

S21: Substituting (Ⅰ)(II) into (Ⅲ)(IV), the relationship between the curvature radius r and the force angle α is obtained as follows:

Among them, G=mg=ρvg, F _f =μF;

Among them, r is the radius of the water droplet;

S22: collect the r value, and calculate the range value αmin-αmax of α;

Step S3 is specifically: use the formula (Ⅵ) to calculate the relationship between the force angle α, the radius X of the pot cover and the height Y of the pot cover:

Among them, the radius of the water drop is set by the user, and the set value is greater than 0. As shown in Figure 4, when the pot cover is conical, it forms a straight line from the center of the pot cover to the surrounding, without arc, gg is the pot cover, and α is the force Angle, calculate the relationship between the radius X (AC) of the pot cover, the height Y (AB) and the force angle α, that is The radius and height of the pot cover are defined by this formula, so that the stress angle α of the pot cover is within the range of αmin-αmax, thereby satisfying the condition that the condensed water does not drip.

Example 4

This embodiment further defines step S4. As shown in FIG. 6, step S4 specifically includes the following steps:

S41: collect the radius X of the pot cover, calculate the height range value Ymin-Ymax of the pot cover according to the radius X of the pot cover and the range value αmin-αmax of α, and use the formula (Ⅵ) to calculate the height range value Ymin-Ymax of the pot cover. The lid is divided into n circles of pot lid areas, and the difference between the outer diameter and inner diameter of each circle of pot lid areas is equal, that is, rn ₂ -rn ₁ =rn ₃ -rn ₂ =...=rn _k -rn _(k-1) , n is a positive integer;

S42: Collect the set values x ₁ , x ₂ , x _k ... xn of the radius of the pot cover area of each circle and the set values α ₁ , α ₂ ... α _k ... α _n of the force angle;

S43: Set α ₁ , α ₂ ... α _k ... α _n according to the radii x ₁ , x ₂ , x _k ... xn of the pot cover area of each circle and the angle of force, and calculate the height y of the pot cover area of each circle with formula (Ⅶ) ₁ , y ₂ ...y _k ...y _n , and send the corresponding radius x _k , height value y _k and force angle value α _k to the execution device, and the execution device will base on the radius X of the pot lid, the height value yk and the force The angle value αk prepares the corresponding pot cover;

Among them, yk is the height of the pot cover of the kth circle, xk is the radius of the pot cover of the kth circle, αk is the set value of the force angle of the pot cover of the kth circle, αmin is the minimum value of the force angle, and X is the angle of the pot cover Radius, Y is the height of the lid, Ymin≤Y≤Ymax.

Among them, the setting of the force angle value of each circle pot cover area gradually decreases from the middle to the surrounding; the present invention divides the pot cover into several circle pot cover areas through segmental design, so that the designed pot cover has a certain radian , enhance the aesthetic feeling.

Example 5

This embodiment provides a pot cover preparation system for preventing steam condensation and dripping. As shown in FIGS. The acquisition system 300 for the processing system 200 to collect information, the processing system 200 includes a first acquisition module 1, a force analysis module 2, a first calculation module 3, a second calculation module 4, a second acquisition module 5 and a third calculation module 6 ;

The first collection module 1: used to collect the liquid gas critical value of water and the material of the pot cover;

Force Analysis Module 2: It is used to analyze the force of the condensed water attached to the wall of the pot cover according to the liquid-gas critical value of water and the material of the pot cover, obtain the data analysis results, and send the data analysis results to the first calculation Module 3;

The first calculation module 3: used to receive the force analysis result sent by the force analysis module 2, and calculate the relationship between the force angle α and the curvature radius r of the water droplet according to the force analysis result, and calculate the range value of the force angle α ;

The second calculation module 4: used to calculate the relationship between the radius of the pot cover, the height and the force angle α, and send the calculation result to the third calculation module 6;

The second collection module 5: used to collect the radius X and αn of the pot cover, and send the radius X and αn of the pot cover to the third calculation module 6;

The third calculation module 6: for receiving the data sent by the second calculation module 4 and the second acquisition module 5, and calculating the height of the pot cover according to the received data;

The pot cover preparation system for preventing steam condensation and dripping provided by the present invention can calculate the relationship between the pot cover height, radius and curvature radius according to the parameters such as the pot cover material through force analysis, and set the pot cover according to the radius and force angle of the pot cover. Value, calculate the corresponding height of the pot cover, so as to guide the condensed water to slide down along the inner wall of the pot cover, instead of directly dripping into the steamer, which can prevent the water on the inner wall of the pot cover from contacting the food in the steamer.

Example 6

This embodiment further defines the force analysis module. As shown in FIG. 9 , the force analysis module 2 includes a surface tension calculation module 21, an adhesion force calculation module 22, a static force analysis module 23 and a database module 24;

Surface tension calculation module 21: used to calculate the surface tension γ at the set temperature T by formula (I);

Wherein, γ is the surface tension when the set temperature is T, γ0 is the surface tension of water at ₀ °C, Tn _is the liquid-gas critical value of water, and T is the set temperature;

Adhesion calculation module 22: used to send the collected material of the pot cover to the database module 24 and receive the wetting angle θ returned by the database module 24, and calculate the adhesion of the condensed water on the wall of the pot cover by formula (II) Force F;

F=γ(1+cosθ) (II);

Among them, γ is the surface tension between the two phases, θ is the wetting angle;

Static force analysis module 23: used to perform static force analysis on the condensed water attached to the pot cover through formula (III) and formula (IV), and send the static force analysis result to the first calculation module 3;

F _f ≤ Gsinα (Ⅲ);

F>Gcosα (Ⅳ);

Among them, α is the force angle, G is the gravity, F _f is the friction force, and F is the adhesion force;

Database module 24: used to store the wetting angle data corresponding to different materials, receive the material of the pot cover sent by the adhesion calculation module 22, and return the wetting angle θ corresponding to the material to the adhesion calculation module 22;

Among them, the relationship between the force angle α and the radius of curvature r is calculated by the formula (Ⅴ):

Among them, m=ρv, G=mg=ρvg, F _f =μF;

Among them, the relationship between the force angle α, the radius X of the sub-pan lid area, and the height Y of the sub-pan lid area is calculated by the formula (Ⅵ):

Among them, the radius of the water drop is set by the user, and the set value should be greater than 0; the invention provides that the device obtains the adhesion force of the condensed water covering the inner wall of the pot cover through the force analysis of the pot cover, and through the The condensed water on the cover is subjected to static force analysis to obtain the condition that the condensed water on the inner wall of the pot cover does not drip into the inside of the steamer. As shown in Figure 3, when Ff≤Gsinα and F>Gcosα, the inner wall of the pot cover The water will not drop into the steamer, but slide down the inner wall of the lid into the steamer, as shown in Figure 4, when the lid is conical, it is straight from the center of the lid to its surroundings, and there is no arc, and gg is the shape of the steamer. Cover, α is the force angle, calculate the relationship between the radius XAC of the pot cover, the height YAB and the force angle α, that is The radius and height of the pot cover are defined by this formula, so that the stress angle α of the pot cover is within the range of αmin-αmax, thereby satisfying the condition that the condensed water does not drip.

Example 7

The present embodiment further defines the third calculation module, as shown in Figure 10, the third calculation module 6 includes a partition module 61 and a sub-pan lid area height calculation module 62;

Partition module 61: used to collect the radius X of the pot cover, according to the radius X of the pot cover and the range value αmin-αmax of α, calculate the height range value Ymin-Ymax of the pot cover with the formula VI, taking the center point of the pot cover as the center of the circle Divide the pot cover into n circles of pot cover areas, and the difference between the outer diameter and inner diameter of each circle of pot cover area is equal, that is, rn ₂ -rn ₁ =rn ₃ -rn ₂ =...=rn _k -rn _k-1 , and Collect the radius x of the lid area of each circle, and n is a positive integer;

Sub-pan lid area height calculation module 62: receive the collected pot lid area radii x ₁ , x ₂ , x _k ... xn and force angle settings α ₁ , α ₂ ... α _k ... α _n for each circle; Set the radii x ₁ , x ₂ , x _k ... xn of the pot cover area and the force angles α ₁ , α ₂ ... α _k ... α _n , and use the formula (Ⅶ) to calculate the height y ₁ , y ₂ ... of the pot cover area of each circle y _k …y _n , and send the corresponding radius x _k , height value y _k and force angle value α _k to the execution device, and the execution device prepares corresponding pot lid;

Among them, yk is the height of the pot cover of the kth circle, xk is the radius of the pot cover of the kth circle, αk is the set value of the force angle of the pot cover of the kth circle, αmin is the minimum value of the force angle, and X is the angle of the pot cover Radius, Y is the height of the lid, Ymin≤Y≤Ymax.

Among them, the setting of the force angle value of each circle pot cover area gradually decreases from the middle to the surrounding; the equipment provided by the present invention divides the pot cover into several circle pot cover areas through segmental design, so that the designed pot cover is in the shape of A certain radian enhances the aesthetic feeling.

Example 8

This embodiment provides a pot cover for preventing condensation and dripping of steam. As shown in FIG. 11 , the pot cover is prepared by the method in Example 1.

In this embodiment, by limiting the radius, height and force angle of the pot cover, the condensed water is guided to slide down along the inner wall of the pot cover without directly dripping into the steamer, so that the water on the inner wall of the pot cover and the food in the steamer can be avoided. touch.

Claims (10)

1. a kind of pot cover preparation method of vapor-proof condensate drop, which is characterized in that described method includes following steps:

S1: acquiring the material of pot cover and the liquid gas critical value of water, according to the liquid gas critical value of the water and the material of pot cover to attached Condensed water on pot cover wall carry out force analysis, obtain data analysis result；

S2: according to the obtained force analysis of step S1 as a result, calculating the value range α min- α max of loading angle α；

S3: relationship of the condensed water level when critical point of drippage between pot cover radius X, height Y and loading angle α is calculated；

S4: acquiring the radius X of pot cover, according to the value range α min- α max of the radius of pot cover and loading angle α, calculates pot cover Altitude range value Ymin-Ymax selectes loading angle value α k and height value yk, and by the radius X, height value yk and stress of pot cover Angle value α k is sent to execution equipment, and the execution equipment is prepared according to the radius X of pot cover, height value yk and loading angle value α k Corresponding pot cover out.

2. the pot cover preparation method of vapor-proof condensate drop according to claim 1, which is characterized in that step S1 is specifically wrapped Include following steps:

S11: the surface tension γ under set temperature T is calculated by formula (I)；

Wherein, the surface tension that γ is set temperature when being T, γ₀The surface tension for being water at 0 DEG C, T_nFor the stagnation temperature of water Degree, T is set temperature；

S12: according to the material of pot cover, water infiltration angle θ corresponding with the material is obtained, condensed water is calculated by formula (II) and is covered Cover the adhesion strength F on pot cover wall；

F=γ (1+cos θ) (II)；

Wherein, surface tension of the γ between two-phase, θ are infiltration angle；

S13: static strength analysis is carried out to the condensed water being attached on pot cover with formula (III) and formula (IV)；

F_f≤G sin α (Ⅲ)；

F > G cos α (IV)；

Wherein, α is loading angle, and G is gravity, F_fFor frictional force, F is adhesion strength.

3. the pot cover preparation method of vapor-proof condensate drop according to claim 2, which is characterized in that step S2 is specifically wrapped It includes:

S21: bringing (III) (IV) into for (I) (II), and the relationship for obtaining radius of curvature r and loading angle α is as follows:

Wherein, G=mg=ρ vg, F_f=μ F；

Wherein, r is the radius of water droplet；

S22: acquisition r value calculates the value range α min- α max of α.

4. the pot cover preparation method of vapor-proof condensate drop according to claim 3, which is characterized in that step S3 is specific Are as follows: the relationship between loading angle α, pot cover radius X and pot cover height Y is calculated with formula (VI):

5. the pot cover preparation method of vapor-proof condensate drop according to claim 4, which is characterized in that step S4 is specifically wrapped Include following steps:

S41: acquiring the radius X of pot cover, according to the value range α min- α max of the radius X and α of pot cover, calculates pot with formula (VI) The pot cover is divided into n circle pot cover area using the central point of the pot cover as the center of circle by the altitude range value Ymin-Ymax of lid Domain, the outer diameter in every circle pot cover region and the difference of internal diameter are equal, i.e. rn₂-rn₁=rn₃-rn₂=...=rn_k-rn_(k-1), n is Positive integer；

S42: the setting value x of every circle pot cover zone radius is acquired₁、x₂、x_k... the setting value α of xn and loading angle₁、α₂…α_k… α_n；

S43: according to each circle pot cover zone radius x₁、x₂、x_k... xn and loading angle set α₁、α₂…α_k…α_n, with formula (VII) Calculate each circle pot cover region height y₁、y₂…y_k…y_n, and by corresponding radius x_k, height value y_kWith loading angle value α_kIt sends To equipment is executed, the execution equipment prepares corresponding pot according to the radius X of pot cover, height value yk and loading angle value α k Lid；

Wherein, yk is the height of kth circle pot cover, and xk is the radius of kth circle pot cover, and α k is the stress angle of kth circle pot cover Setting value is spent, α min is loading angle minimum value, and X is the radius of pot cover, and Y is the height of pot cover, Ymin≤Y≤Ymax.

6. a kind of pot cover preparation system of vapor-proof condensate drop, which is characterized in that the pot cover preparation system includes processing system System (200), the display system (100) for showing the processing system (200) processing result and the confession processing system (200) Acquire information acquisition system (300), the processing system (200) include the first acquisition module (1), force analysis module (2), First computing module (3), the second computing module (4), the second acquisition module (5) and the third computing module (6)；

First acquisition module (1): for acquiring the liquid gas critical value of the water of pot cover and the material of pot cover；

The force analysis module (2): for according to the material of the liquid gas critical value of the water and pot cover to being attached to pot cover wall On condensed water carry out force analysis, obtain data analysis result, and data analysis result is sent to the first computing module (3)；

First computing module (3): for receiving force analysis that the force analysis module (2) sends as a result, simultaneously basis Force analysis result calculates the relationship between loading angle α and water droplet radius of curvature r, calculates the value range of loading angle α；

Second computing module (4): it is tied for calculating the relationship between pot cover radius, height and loading angle α, and by calculating Fruit is sent to the third computing module (6)；

Second acquisition module (5): for acquiring radius X and the α n of pot cover, and radius X and the α n of pot cover is sent to described Third computing module (6)；

The third computing module (6): the number sent for receiving the second computing module (4) and second acquisition module (5) According to, and according to the height of the data calculating pot cover received.

7. the pot cover preparation system of vapor-proof condensate drop according to claim 6, which is characterized in that the force analysis Module (2) includes that surface tension calculates module (21), adhesion strength computing module (22), static strength analysis module (23) and data Library module (24)；

The surface tension calculates module (21): for calculating the surface tension γ under set temperature T by formula (I)；

Wherein, the surface tension that γ is set temperature when being T, γ₀The surface tension for being water at 0 DEG C, T_nFor the stagnation temperature of water Degree, T is set temperature；

The adhesion strength computing module (22): for the material of collected pot cover to be sent to database module (24) and is received The infiltration angle θ that database module (24) returns calculates condensed water by formula (II) and is covered on the adhesion strength F on pot cover wall；

F=γ (1+cos θ) (II)；

Wherein, surface tension of the γ between two-phase, θ are infiltration angle；

The static strength analysis module (23): for passing through formula (III) and formula (IV) to the condensed water being attached on pot cover Static strength analysis is carried out, and static strength analysis result is sent to first computing module (3)；

F_f≤G sin α (Ⅲ)；

F > G cos α (IV)；

Wherein, α is loading angle, and G is gravity, F_fFor frictional force, F is adhesion strength；

The database module (24): for storing the corresponding infiltration angular data of different materials, the adhesion strength is received The material for the pot cover that computing module (22) is sent, and the corresponding infiltration angle θ of the material is back to the adhesion strength and calculates mould Block (22).

8. the pot cover preparation system of vapor-proof condensate drop according to claim 8, which is characterized in that the third calculates Module (6) includes division module (61) and sub- pot cover region height computing module (62)；

The division module (61): for acquiring the radius X of pot cover, according to the value range α min- α max of the radius X and α of pot cover, The altitude range value Ymin-Ymax that pot cover is calculated with formula (VI) draws the pot cover using the central point of the pot cover as the center of circle It is divided into n circle pot cover region, the outer diameter in every circle pot cover region and the difference of internal diameter are equal, i.e. rn₂-rn₁=rn₃-rn₂=... =rn_k-rn_(k-1), and acquiring every circle pot cover zone radius x, n is positive integer；

The sub- pot cover region height computing module (62): the every circle pot cover zone radius x collected₁、x₂、x_k…xn α is set with loading angle₁、α₂…α_k…α_n；According to each circle pot cover zone radius x₁、x₂、x_k... xn and loading angle set α₁、 α₂…α_k…α_n, each circle pot cover region height y is calculated with formula (VII)₁、y₂…y_k…y_n, and by corresponding radius x_k, height value y_kWith loading angle value α_kIt is sent to execution equipment, the equipment that executes is according to the radius X, height value yk and loading angle of pot cover Value α k prepares corresponding pot cover；

Wherein, yk is the height of kth circle pot cover, and xk is the radius of kth circle pot cover, and α k is the stress angle of kth circle pot cover Setting value is spent, α min is loading angle minimum value, and X is the radius of pot cover, and Y is the height of pot cover, Ymin≤Y≤Ymax.

9. a kind of pot cover of vapor-proof condensate drop, which is characterized in that the pot cover by claim 1-5 either method prepare and At.

10. a kind of storage medium, computer program is stored in the storage medium, which is characterized in that the computer program When system processed executes, the step of realizing any one of claims 1-5 the method.